Schneider V241 DN 32 Kvs 16 is the highest-throughput threaded variant of the V241 series. Fits: 230–370 kW multi-family substation primary valves, main heating-group valves in commercial buildings, main control valves in gas / biomass boiler rooms, DHW primaries for hotels / schools with higher load. Delivery across the EU.
| Parameter | Value |
|---|---|
| Code | 7214142000 |
| Model | Schneider V241 DN 32 Kvs 16 |
| Type | 2-way seat control valve |
| Nominal diameter (DN) | DN 32 |
| Kvs | 16 m³/h |
| Nominal pressure (PN) | 16 bar |
| Connection | External thread G 1½" |
| Valve characteristic | Linear |
| Media | Heating water, glycol solutions up to 50 % |
| Media temperature | +2 → +130 °C |
| Body material | Brass (DZR) |
| Leakage class | IV per EN 60534-4 |
| Compatible actuators | Schneider M400, M800, Belimo H, Siemens SAS/SAT |
Formula: Q = Kvs × √Δp.
Example: at Δp = 0.25 bar — Q = 8.0 m³/h → P ≈ 186 kW. At Δp = 0.5 bar — Q ≈ 11.3 m³/h → P ≈ 263 kW. At Δp = 1.0 bar — Q = 16 m³/h → P ≈ 372 kW (ΔT = 20 °C).
V241 DN 32 Kvs 16 is the largest threaded V241. Above ~370 kW — step up to flanged DN 40+ (Danfoss VF/VFS, Siemens VVF52/54, Belimo H6/H7). Under variable network Δp — a PICV (Danfoss AB-QM, Belimo Energy Valve) stabilises flow better.
Manufacturer: se.com
DN 32 Kvs 16 handles up to ~370 kW (Δp = 1 bar, ΔT = 20 °C). Above 370 kW — or pipe velocity above 2 m/s — step up to flanged DN 40+. In practice, DN 40+ is often chosen for lower pressure drop.
No. V241 is PN 16. For > 16 bar systems use Schneider flanged PN 25 alternatives.
Standard Schneider M400 (heating), M800 (DHW). Alternatives: Belimo H, Siemens SAS81.03 (0–10 V), Honeywell M6410C.
No. V241 is a classical seat control valve. For integrated Δp stabilisation choose a PICV (Danfoss AB-QM, IMI TA-COMPACT-P, Belimo Energy Valve).